public static SparseAList <int> init(int[] arr, int size)
{
var result = new SparseAList <int>();
result.AddRange(arr);
return(result);
}
public void TestSwap()
{
List <int> list1, list2;
SparseAList <int> alist1 = NewList(10, out list1);
SparseAList <int> alist2 = NewList(100, out list2);
// Can't Swap with a frozen list
SparseAList <int> frozen = alist1.Clone();
frozen.Freeze();
if (_testExceptions)
{
AssertThrows <ReadOnlyException>(() => alist1.Swap(frozen));
}
// Swap, and ensure that ListChanging and NodeObserver are swapped.
alist1.ListChanging += (sender, args) => Assert.Fail();
alist1.AddObserver(new AListTestObserver <int, int>());
alist1.Swap(alist2);
Assert.AreEqual(0, alist1.ObserverCount);
Assert.AreEqual(1, alist2.ObserverCount);
list2.Add(999);
alist1.Add(999);
ExpectList(alist1, list2, false);
ExpectList(alist2, list1, true);
}
public void TestPrependAppend()
{
List <int> list = new List <int>();
var alist = NewList();
List <int>[] lists = new List <int> [13];
SparseAList <int>[] alists = new SparseAList <int>[]
{
NewList(0, 0, out lists[0]),
NewList(2, 1, out lists[1]),
NewList(6, 5, out lists[2]),
NewList(10, 5, out lists[3]),
NewList(15, 11, out lists[4]),
NewList(30, 11, out lists[5]),
NewList(30, 20, out lists[6]),
NewList(60, 20, out lists[7]),
NewList(50, 32, out lists[8]),
NewList(100, 32, out lists[9]),
NewList(80, 53, out lists[10]),
NewList(150, 53, out lists[11]),
NewList(150, 100, out lists[12]),
};
Assert.AreEqual(alists.Length, lists.Length);
// So, let's just do a random series of Append and Prepend operations,
// clearing the list occasionally so that both list sizes vary a lot,
// which will cause the code paths to vary (important because there
// are several different ways these operations can be done).
for (int trial = 0; trial < 20; trial++)
{
if (trial % 4 == 0)
{
alist.Clear();
list.Clear();
}
int whirl = _r.Next(alists.Length);
SparseAList <int> other = alists[whirl];
bool append = _r.Next(2) == 0;
int ric = alist.GetRealItemCount(), otherRic = other.GetRealItemCount(), oldTH = alist.TreeHeight;
if (append)
{
alist.Append(other);
list.AddRange(lists[whirl]);
}
else
{
alist.Prepend(other);
list.InsertRange(0, lists[whirl]);
}
Assert.That(other.GetImmutableCount() == other.Count || other.TreeHeight <= 1);
Assert.That(alist.GetRealItemCount() == ric + otherRic);
Assert.That(alist.GetImmutableCount() >= other.GetImmutableCount() || oldTH == 1);
}
}
public void LeafCapacityLimitIsRespected()
{
var list = new SparseAList <int>(_maxLeafSize, _maxInnerSize);
for (int i = 0; i < 100 + _maxLeafSize * _maxInnerSize; i++)
{
list.Insert(_r.Next(list.Count + 1), i);
}
VerifyLeafCapacityLimitIsRespected(list, _maxLeafSize);
}
public override IListSource <ITagSpan <ITag> > RunAnalysis(ITextSnapshot snapshot,
SparseAList <EditorToken> eTokens, CancellationToken cancellationToken)
{
var sourceFile = new TextSnapshotAsSourceFile(snapshot);
var tokens = ToNormalTokens(eTokens);
var results = new DList <ITagSpan <ClassificationTag> >();
var parser = new MyLesParser(tokens, sourceFile, TraceMessageSink.Value, results);
var _ = parser.StmtList();
results.Sort((t1, t2) => t1.Span.Start.Position.CompareTo(t2.Span.Start.Position));
return(results);
}
public void TestNextLowerItem()
{
var alist = new SparseAList <int>(_maxLeafSize, _maxInnerSize);
int?i;
for (i = 0; i < 100; i++)
{
alist.Add(i.Value);
alist.InsertSpace(alist.Count, 1000);
}
i = int.MaxValue;
Assert.AreEqual(alist.NextLowerItem(ref i), 99);
Assert.AreEqual(i.Value, 99099);
i = 99100;
Assert.AreEqual(alist.NextLowerItem(ref i), 99);
Assert.AreEqual(i.Value, 99099);
Assert.AreEqual(alist.NextLowerItem(ref i), 98);
Assert.AreEqual(i.Value, 98098);
i = 55555;
Assert.AreEqual(alist.NextLowerItem(ref i), 55);
Assert.AreEqual(i.Value, 55055);
i = 1002;
Assert.AreEqual(alist.NextLowerItem(ref i), 1);
Assert.AreEqual(i.Value, 1001);
Assert.AreEqual(alist.NextLowerItem(ref i), 0);
Assert.AreEqual(i.Value, 0);
i = 1;
Assert.AreEqual(alist.NextLowerItem(ref i), 0);
Assert.AreEqual(i.Value, 0);
Assert.AreEqual(alist.NextLowerItem(ref i), default(int));
Assert.AreEqual(i.HasValue, false);
i = int.MinValue;
Assert.AreEqual(alist.NextLowerItem(ref i), default(int));
Assert.AreEqual(i.HasValue, false);
// Place a value at the edge of integer space
alist.Clear();
alist.InsertSpace(0, int.MaxValue - 1);
alist.Add(777);
i = int.MinValue;
Assert.AreEqual(alist.NextLowerItem(ref i), default(int));
Assert.AreEqual(i.HasValue, false);
i = int.MaxValue;
Assert.AreEqual(alist.NextLowerItem(ref i), default(int));
Assert.AreEqual(i.HasValue, false);
i = null;
Assert.AreEqual(alist.NextLowerItem(ref i), 777);
Assert.AreEqual(i.Value, int.MaxValue);
}
public static DList <Token> ToNormalTokens(SparseAList <EditorToken> eTokens)
{
var output = new DList <Token>();
int?index = null;
for (;;)
{
EditorToken eTok = eTokens.NextHigherItem(ref index);
if (index == null)
{
break;
}
output.Add(eTok.ToToken(index.Value));
}
return(output);
}
public override IListSource <ITagSpan <ITag> > RunAnalysis(ITextSnapshot snapshot,
SparseAList <EditorToken> eTokens, CancellationToken cancellationToken)
{
var sourceFile = new TextSnapshotAsSourceFile(snapshot);
var tokens = ToNormalTokens(eTokens);
var tokensAsLexer = new TokenListAsLexer(tokens, sourceFile);
var tokensTree = new TokensToTree(new TokenListAsLexer(tokens, sourceFile), true)
{
ErrorSink = MessageSink.Trace
};
var results = new DList <ITagSpan <ClassificationTag> >();
var parser = new MyLesParser(tokensTree.Buffered(), sourceFile, MessageSink.Trace, results);
parser.ParseStmtsGreedy();
results.Sort((t1, t2) => t1.Span.Start.Position.CompareTo(t2.Span.Start.Position));
return(results);
}
static void Main(string[] args)
{
Console.WriteLine("Input elements of a list in a row: ");
var s = Console.ReadLine().Split(' ');
var arr = s.Select(f => Convert.ToInt32(f)).ToArray();
// var arr = new int[] { 0, 0, 0, 0, 0, 2, 4, 7, 10 };
facebookList = init(arr, arr.Length);
// Gets 2 from test array
Console.WriteLine($"{get(5)}");
// Sets 2 to 100
set(5, 100);
// Gets 100 from test array
Console.WriteLine($"{get(5)}");
}
public void TestClearSpace()
{
for (int iter = 0; iter < 10; iter++)
{
int i1 = MathEx.Square(_r.Next(50)) + 1; // e.g. 100
int i0 = _r.Next(i1); // e.g. 50
int i2 = i1 + MathEx.Square(_r.Next(50)) + 1; // e.g. 100
int i3 = i2 + _r.Next(2500); // e.g. 1000
SparseAList <int> list = new SparseAList <int>();
list.ClearSpace(0, i1);
Assert.AreEqual(i1, list.Count);
Assert.AreEqual(0, list.GetRealItemCount());
Assert.AreEqual(0, list[i1 - 1]);
if (_testExceptions)
{
Assert.Throws <ArgumentOutOfRangeException>(() => { var _ = list[i1]; });
Assert.Throws <ArgumentOutOfRangeException>(() => { list.ClearSpace(0, -1); });
Assert.Throws <ArgumentOutOfRangeException>(() => { list.ClearSpace(-1, 10); });
}
list.ClearSpace(i0, i2 - i0);
Assert.AreEqual(i2, list.Count);
Assert.AreEqual(0, list.GetRealItemCount());
for (int i = i0; i < i2; i++)
{
list[i] = i;
}
list.ClearSpace(i1, i3 - i1);
Assert.AreEqual(i3, list.Count);
Assert.AreEqual(i1 - i0, list.GetRealItemCount());
list.ClearSpace(i0 + 1, i1 - (i0 + 1));
Assert.AreEqual(i3, list.Count);
Assert.AreEqual(1, list.GetRealItemCount());
list.ClearSpace(0, i0 + 1);
Assert.AreEqual(i3, list.Count);
Assert.AreEqual(0, list.GetRealItemCount());
}
}
protected SparseAList <int> NewList(int initialCount, int realCount, out List <int> list)
{
Debug.Assert(realCount <= initialCount);
SparseAList <int> alist = NewList();
list = new List <int>();
// Make a list of random size <= initialCount
for (int i = 0; i < realCount; i++)
{
AddToBoth(alist, list, i, i);
}
// Add empty spaces until Count == initialCount
while (alist.Count < initialCount)
{
int i = _r.Next(alist.Count + 1);
alist.InsertSpace(i);
list.Insert(i, 0);
}
return(alist);
}
SparseAList <int> NewList(int start, int count, ListChangingHandler <int> observer, out List <int> list)
{
var alist = new SparseAList <int>(_maxLeafSize, _maxInnerSize);
list = new List <int>();
for (int i = 0; i < count; i++)
{
if (_r.Next(2) == 0)
{
alist.Add(start + i);
list.Add(start + i);
}
else
{
alist.InsertSpace(i);
list.Add(0);
}
}
if (observer != null)
{
alist.ListChanging += observer;
}
return(alist);
}
protected override SparseAList <int> RemoveSection(SparseAList <int> alist, int start, int subcount)
{
return(alist.RemoveSection(start, subcount));
}
public static DList<Token> ToNormalTokens(SparseAList<EditorToken> eTokens)
{
var output = new DList<Token>();
int? index = null;
for (;;) {
EditorToken eTok = eTokens.NextHigherItem(ref index);
if (index == null) break;
output.Add(eTok.ToToken(index.Value));
}
return output;
}
public static int Loyc_Collections()
{
return(MiniTest.RunTests.RunMany(
new InternalDArrayTests(_seed),
new TypeDictionaryWithBaseTypeLookupsTests(),
new ListSourceSliceTests(),
new ListSliceTests(),
new ROLSliceTests(),
new HeapTests(_seed),
new SimpleCacheTests(),
new InvertibleSetTests(),
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
new AListTests(false, _seed, 8, 8),
new AListTests(false, _seed, 3, 3),
new BListTests(false, _seed, 8, 8),
new BListTests(false, _seed, 3, 3),
new BDictionaryTests(false, _seed, 6, 6),
new SparseAListTests(false, _seed, 3, 3),
new SparseAListTests(false, _seed, 9, 9),
new BMultiMapTests(4),
new DequeTests <DList <int> >(delegate() { return new DList <int>(); }),
new DequeTests <AList <int> >(delegate() { return new AList <int>(); }),
new DequeTests <SparseAList <int> >(delegate() { return new SparseAList <int>(); }),
new DictionaryTests <BDictionary <object, object> >(true, true),
new ListTests <AList <int> >(false, delegate(int n) { var l = new AList <int>(); l.Resize(n); return l; }),
new ListRangeTests <AList <int> >(false, delegate() { return new AList <int>(); }, 12345),
new ListTests <SparseAList <int> >(false, delegate(int n) { var l = new SparseAList <int>(); l.Resize(n); return l; }, 12345),
new ListRangeTests <SparseAList <int> >(false, delegate() { return new SparseAList <int>(); }, 12345),
new WListTests(),
new FWListTests(),
new VListTests(),
new FVListTests(),
new MapTests(),
new SparseAListTests(true, _seed, 8, 4),
new SparseAListTests(),
new AListTests(),
new BListTests(),
new BDictionaryTests(),
new MSetTests(), // derived from MutableSetTests<MSet<STI>, STI>
new SymbolSetTests(), // derived from MutableSetTests<MSet<Symbol>, Symbol>
new ImmSetTests(), // tests for Set<T>
new MapTests() // derived from DictionaryTests<MMap<object, object>>
));
}
public static void Loyc_Collections()
{
MiniTest.RunTests.Run(new CPTrieTests());
MiniTest.RunTests.Run(new SimpleCacheTests());
MiniTest.RunTests.Run(new InvertibleSetTests());
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = 237588399;
MiniTest.RunTests.Run(new AListTests(false, seed, 8, 8));
MiniTest.RunTests.Run(new BListTests(false, seed, 3, 3));
MiniTest.RunTests.Run(new BDictionaryTests(false, seed, 6, 6));
MiniTest.RunTests.Run(new SparseAListTests(false, seed, 10, 10));
MiniTest.RunTests.Run(new DequeTests <AList <int> >(delegate() { return(new AList <int>()); }));
MiniTest.RunTests.Run(new DequeTests <SparseAList <int> >(delegate() { return(new SparseAList <int>()); }));
MiniTest.RunTests.Run(new DictionaryTests <BDictionary <object, object> >(true, true));
MiniTest.RunTests.Run(new ListTests <AList <int> >(false, delegate(int n) { var l = new AList <int>(); l.Resize(n); return(l); }));
MiniTest.RunTests.Run(new ListRangeTests <AList <int> >(false, delegate() { return(new AList <int>()); }, 12345));
MiniTest.RunTests.Run(new ListTests <SparseAList <int> >(false, delegate(int n) { var l = new SparseAList <int>(); l.Resize(n); return(l); }, 12345));
MiniTest.RunTests.Run(new ListRangeTests <SparseAList <int> >(false, delegate() { return(new SparseAList <int>()); }, 12345));
MiniTest.RunTests.Run(new RWListTests());
MiniTest.RunTests.Run(new WListTests());
MiniTest.RunTests.Run(new RVListTests());
MiniTest.RunTests.Run(new VListTests());
MiniTest.RunTests.Run(new MapTests());
MiniTest.RunTests.Run(new SparseAListTests(true, seed, 8, 4));
MiniTest.RunTests.Run(new SparseAListTests());
MiniTest.RunTests.Run(new AListTests());
MiniTest.RunTests.Run(new BListTests());
MiniTest.RunTests.Run(new BDictionaryTests());
MiniTest.RunTests.Run(new MSetTests()); // derived from MutableSetTests<MSet<STI>, STI>
MiniTest.RunTests.Run(new SymbolSetTests()); // derived from MutableSetTests<MSet<Symbol>, Symbol>
MiniTest.RunTests.Run(new ImmSetTests()); // tests for Set<T>
MiniTest.RunTests.Run(new MapTests()); // derived from DictionaryTests<MMap<object, object>>
MiniTest.RunTests.Run(new KeylessHashtableTests());
}
// Derived class is responsible for parsing in this method public abstract ParseResults RunAnalysis(ITextSnapshot snapshot, SparseAList <EditorToken> input, CancellationToken cancelToken);
public static void Main(string[] args)
{
// Workaround for MS bug: Assert(false) will not fire in debugger
Debug.Listeners.Clear();
Debug.Listeners.Add(new DefaultTraceListener());
Console.WriteLine("Running tests on stable code...");
// Omitted: unit tests that throw & catch exceptions (those are below)
// Loyc.Essentials
RunTests.Run(new ListExtTests());
RunTests.Run(new MathExTests());
RunTests.Run(new UStringTests());
RunTests.Run(new StringExtTests());
RunTests.Run(new HashTagsTests());
RunTests.Run(new LocalizeTests());
RunTests.Run(new SymbolTests());
RunTests.Run(new ThreadExTests());
RunTests.Run(new ListTests <InternalList <int> >(false, delegate(int n) { var l = InternalList <int> .Empty; l.Resize(n); return(l); }));
RunTests.Run(new ListRangeTests <InternalList <int> >(false, delegate() { return(InternalList <int> .Empty); }));
RunTests.Run(new ListTests <DList <int> >(false, delegate(int n) { var l = new DList <int>(); l.Resize(n); return(l); }));
RunTests.Run(new DequeTests <DList <int> >(delegate() { return(new DList <int>()); }));
RunTests.Run(new ListRangeTests <DList <int> >(false, delegate() { return(new DList <int>()); }));
// Loyc.Collections
RunTests.Run(new CPTrieTests());
RunTests.Run(new SimpleCacheTests());
RunTests.Run(new InvertibleSetTests());
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = 237588399;
RunTests.Run(new AListTests(false, seed, 8, 8));
RunTests.Run(new BListTests(false, seed, 3, 3));
RunTests.Run(new BDictionaryTests(false, seed, 6, 6));
RunTests.Run(new SparseAListTests(false, seed, 10, 10));
RunTests.Run(new DequeTests <AList <int> >(delegate() { return(new AList <int>()); }));
RunTests.Run(new DequeTests <SparseAList <int> >(delegate() { return(new SparseAList <int>()); }));
RunTests.Run(new DictionaryTests <BDictionary <object, object> >(true, true));
RunTests.Run(new ListTests <AList <int> >(false, delegate(int n) { var l = new AList <int>(); l.Resize(n); return(l); }));
RunTests.Run(new ListRangeTests <AList <int> >(false, delegate() { return(new AList <int>()); }, 12345));
RunTests.Run(new ListTests <SparseAList <int> >(false, delegate(int n) { var l = new SparseAList <int>(); l.Resize(n); return(l); }, 12345));
RunTests.Run(new ListRangeTests <SparseAList <int> >(false, delegate() { return(new SparseAList <int>()); }, 12345));
// Loyc.Syntax
RunTests.Run(new TokenTests());
RunTests.Run(new LesLexerTests());
RunTests.Run(new LesParserTests());
RunTests.Run(new LesPrinterTests());
RunTests.Run(new TokensToTreeTests());
RunTests.Run(new StreamCharSourceTests());
RunTests.Run(new LexerSourceTests_Calculator());
RunTests.Run(new ParserSourceTests_Calculator());
RunTests.Run(new IndentTokenGeneratorTests());
// Loyc.Utilities
RunTests.Run(new LineMathTests());
RunTests.Run(new PointMathTests());
RunTests.Run(new Loyc.LLParserGenerator.IntSetTests());
RunTests.Run(new TagsInWListTests());
RunTests.Run(new UGTests());
for (;;)
{
ConsoleKeyInfo k;
Console.WriteLine();
Console.WriteLine("What do you want to do?");
Console.WriteLine("1. Run unit tests that expect exceptions");
Console.WriteLine("2. Run unit tests on unstable code");
Console.WriteLine("9. Benchmarks");
Console.WriteLine("Z. List encodings");
Console.WriteLine("Press ESC or ENTER to Quit");
Console.WriteLine((k = Console.ReadKey(true)).KeyChar);
if (k.Key == ConsoleKey.Escape || k.Key == ConsoleKey.Enter)
{
break;
}
else if (k.KeyChar == '1')
{
// Loyc.Essentials
RunTests.Run(new GTests());
// Loyc.Utilities
RunTests.Run(new GoInterfaceTests());
// Loyc.Collections
RunTests.Run(new RWListTests());
RunTests.Run(new WListTests());
RunTests.Run(new RVListTests());
RunTests.Run(new VListTests());
RunTests.Run(new MapTests());
RunTests.Run(new SparseAListTests(true, seed, 8, 4));
RunTests.Run(new SparseAListTests());
RunTests.Run(new AListTests());
RunTests.Run(new BListTests());
RunTests.Run(new BDictionaryTests());
RunTests.Run(new MSetTests()); // derived from MutableSetTests<MSet<STI>, STI>
RunTests.Run(new SymbolSetTests()); // derived from MutableSetTests<MSet<Symbol>, Symbol>
RunTests.Run(new ImmSetTests()); // tests for Set<T>
RunTests.Run(new MapTests()); // derived from DictionaryTests<MMap<object, object>>
}
else if (k.KeyChar == '2')
{
RunTests.Run(new KeylessHashtableTests());
}
else if (k.KeyChar == 'z' || k.KeyChar == 'Z')
{
foreach (EncodingInfo inf in Encoding.GetEncodings())
{
Console.WriteLine("{0} {1}: {2}", inf.CodePage, inf.Name, inf.DisplayName);
}
}
}
}
public static int Loyc_Collections()
{
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = 237588399;
return(MiniTest.RunTests.RunMany(
new SimpleCacheTests(),
new InvertibleSetTests(),
new AListTests(false, seed, 8, 8),
new BListTests(false, seed, 3, 3),
new BDictionaryTests(false, seed, 6, 6),
new SparseAListTests(false, seed, 10, 10),
new DequeTests <AList <int> >(delegate() { return new AList <int>(); }),
new DequeTests <SparseAList <int> >(delegate() { return new SparseAList <int>(); }),
new DictionaryTests <BDictionary <object, object> >(true, true),
new ListTests <AList <int> >(false, delegate(int n) { var l = new AList <int>(); l.Resize(n); return l; }),
new ListRangeTests <AList <int> >(false, delegate() { return new AList <int>(); }, 12345),
new ListTests <SparseAList <int> >(false, delegate(int n) { var l = new SparseAList <int>(); l.Resize(n); return l; }, 12345),
new ListRangeTests <SparseAList <int> >(false, delegate() { return new SparseAList <int>(); }, 12345),
new WListTests(),
new FWListTests(),
new VListTests(),
new FVListTests(),
new MapTests(),
new SparseAListTests(true, seed, 8, 4),
new SparseAListTests(),
new AListTests(),
new BListTests(),
new BDictionaryTests(),
new MSetTests(), // derived from MutableSetTests<MSet<STI>, STI>
new SymbolSetTests(), // derived from MutableSetTests<MSet<Symbol>, Symbol>
new ImmSetTests(), // tests for Set<T>
new MapTests() // derived from DictionaryTests<MMap<object, object>>
));
}
public override SparseAList <int> CopySection(SparseAList <int> alist, int start, int subcount)
{
return(alist.CopySection(start, subcount));
}
public static void Main(string[] args)
{
// Workaround for MS bug: Assert(false) will not fire in debugger
Debug.Listeners.Clear();
Debug.Listeners.Add( new DefaultTraceListener() );
Console.WriteLine("Running tests on stable code...");
// Omitted: unit tests that throw & catch exceptions (those are below)
// Loyc.Essentials
RunTests.Run(new ListExtTests());
RunTests.Run(new MathExTests());
RunTests.Run(new UStringTests());
RunTests.Run(new StringExtTests());
RunTests.Run(new HashTagsTests());
RunTests.Run(new LocalizeTests());
RunTests.Run(new SymbolTests());
RunTests.Run(new ThreadExTests());
RunTests.Run(new ListTests<InternalList<int>>(false, delegate(int n) { var l = InternalList<int>.Empty; l.Resize(n); return l; }));
RunTests.Run(new ListRangeTests<InternalList<int>>(false, delegate() { return InternalList<int>.Empty; }));
RunTests.Run(new ListTests<DList<int>>(false, delegate(int n) { var l = new DList<int>(); l.Resize(n); return l; }));
RunTests.Run(new DequeTests<DList<int>>(delegate() { return new DList<int>(); }));
RunTests.Run(new ListRangeTests<DList<int>>(false, delegate() { return new DList<int>(); }));
// Loyc.Collections
RunTests.Run(new CPTrieTests());
RunTests.Run(new SimpleCacheTests());
RunTests.Run(new InvertibleSetTests());
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = 237588399;
RunTests.Run(new AListTests(false, seed, 8, 8));
RunTests.Run(new BListTests(false, seed, 3, 3));
RunTests.Run(new BDictionaryTests(false, seed, 6, 6));
RunTests.Run(new SparseAListTests(false, seed, 10, 10));
RunTests.Run(new DequeTests<AList<int>>(delegate() { return new AList<int>(); }));
RunTests.Run(new DequeTests<SparseAList<int>>(delegate() { return new SparseAList<int>(); }));
RunTests.Run(new DictionaryTests<BDictionary<object, object>>(true, true));
RunTests.Run(new ListTests<AList<int>>(false, delegate(int n) { var l = new AList<int>(); l.Resize(n); return l; }));
RunTests.Run(new ListRangeTests<AList<int>>(false, delegate() { return new AList<int>(); }, 12345));
RunTests.Run(new ListTests<SparseAList<int>>(false, delegate(int n) { var l = new SparseAList<int>(); l.Resize(n); return l; }, 12345));
RunTests.Run(new ListRangeTests<SparseAList<int>>(false, delegate() { return new SparseAList<int>(); }, 12345));
// Loyc.Syntax
RunTests.Run(new TokenTests());
RunTests.Run(new LesLexerTests());
RunTests.Run(new LesParserTests());
RunTests.Run(new LesPrinterTests());
RunTests.Run(new TokensToTreeTests());
RunTests.Run(new StreamCharSourceTests());
RunTests.Run(new LexerSourceTests_Calculator());
RunTests.Run(new ParserSourceTests_Calculator());
RunTests.Run(new IndentTokenGeneratorTests());
// Loyc.Utilities
RunTests.Run(new LineMathTests());
RunTests.Run(new PointMathTests());
RunTests.Run(new Loyc.LLParserGenerator.IntSetTests());
RunTests.Run(new TagsInWListTests());
RunTests.Run(new UGTests());
for(;;) {
ConsoleKeyInfo k;
Console.WriteLine();
Console.WriteLine("What do you want to do?");
Console.WriteLine("1. Run unit tests that expect exceptions");
Console.WriteLine("2. Run unit tests on unstable code");
Console.WriteLine("9. Benchmarks");
Console.WriteLine("Z. List encodings");
Console.WriteLine("Press ESC or ENTER to Quit");
Console.WriteLine((k = Console.ReadKey(true)).KeyChar);
if (k.Key == ConsoleKey.Escape || k.Key == ConsoleKey.Enter)
break;
else if (k.KeyChar == '1') {
// Loyc.Essentials
RunTests.Run(new GTests());
// Loyc.Utilities
RunTests.Run(new GoInterfaceTests());
// Loyc.Collections
RunTests.Run(new RWListTests());
RunTests.Run(new WListTests());
RunTests.Run(new RVListTests());
RunTests.Run(new VListTests());
RunTests.Run(new MapTests());
RunTests.Run(new SparseAListTests(true, seed, 8, 4));
RunTests.Run(new SparseAListTests());
RunTests.Run(new AListTests());
RunTests.Run(new BListTests());
RunTests.Run(new BDictionaryTests());
RunTests.Run(new MSetTests()); // derived from MutableSetTests<MSet<STI>, STI>
RunTests.Run(new SymbolSetTests()); // derived from MutableSetTests<MSet<Symbol>, Symbol>
RunTests.Run(new ImmSetTests()); // tests for Set<T>
RunTests.Run(new MapTests()); // derived from DictionaryTests<MMap<object, object>>
} else if (k.KeyChar == '2') {
RunTests.Run(new KeylessHashtableTests());
} else if (k.KeyChar == 'z' || k.KeyChar == 'Z') {
foreach (EncodingInfo inf in Encoding.GetEncodings())
Console.WriteLine("{0} {1}: {2}", inf.CodePage, inf.Name, inf.DisplayName);
}
}
}
public static void Loyc_Collections()
{
MiniTest.RunTests.Run(new CPTrieTests());
MiniTest.RunTests.Run(new SimpleCacheTests());
MiniTest.RunTests.Run(new InvertibleSetTests());
// Test with small node sizes as well as the standard node size,
// including the minimum size of 3 (the most problematic size).
int seed = 237588399;
MiniTest.RunTests.Run(new AListTests(false, seed, 8, 8));
MiniTest.RunTests.Run(new BListTests(false, seed, 3, 3));
MiniTest.RunTests.Run(new BDictionaryTests(false, seed, 6, 6));
MiniTest.RunTests.Run(new SparseAListTests(false, seed, 10, 10));
MiniTest.RunTests.Run(new DequeTests<AList<int>>(delegate() { return new AList<int>(); }));
MiniTest.RunTests.Run(new DequeTests<SparseAList<int>>(delegate() { return new SparseAList<int>(); }));
MiniTest.RunTests.Run(new DictionaryTests<BDictionary<object, object>>(true, true));
MiniTest.RunTests.Run(new ListTests<AList<int>>(false, delegate(int n) { var l = new AList<int>(); l.Resize(n); return l; }));
MiniTest.RunTests.Run(new ListRangeTests<AList<int>>(false, delegate() { return new AList<int>(); }, 12345));
MiniTest.RunTests.Run(new ListTests<SparseAList<int>>(false, delegate(int n) { var l = new SparseAList<int>(); l.Resize(n); return l; }, 12345));
MiniTest.RunTests.Run(new ListRangeTests<SparseAList<int>>(false, delegate() { return new SparseAList<int>(); }, 12345));
MiniTest.RunTests.Run(new RWListTests());
MiniTest.RunTests.Run(new WListTests());
MiniTest.RunTests.Run(new RVListTests());
MiniTest.RunTests.Run(new VListTests());
MiniTest.RunTests.Run(new MapTests());
MiniTest.RunTests.Run(new SparseAListTests(true, seed, 8, 4));
MiniTest.RunTests.Run(new SparseAListTests());
MiniTest.RunTests.Run(new AListTests());
MiniTest.RunTests.Run(new BListTests());
MiniTest.RunTests.Run(new BDictionaryTests());
MiniTest.RunTests.Run(new MSetTests()); // derived from MutableSetTests<MSet<STI>, STI>
MiniTest.RunTests.Run(new SymbolSetTests()); // derived from MutableSetTests<MSet<Symbol>, Symbol>
MiniTest.RunTests.Run(new ImmSetTests()); // tests for Set<T>
MiniTest.RunTests.Run(new MapTests()); // derived from DictionaryTests<MMap<object, object>>
MiniTest.RunTests.Run(new KeylessHashtableTests());
}